M.R. Mold Logo - Silicone Rubber and Injection Mold Specialists

SPECIALIZING IN THE DESIGN & MANUFACTURE OF INJECTION MOLDS

M.R. Mold Machine Shop

Design & Engineering

TJS 6942 MRMoldThe success of any project starts here.  Taking your challenging part geometry and incorporating it into an injection mold design becomes our main focus.  We believe design intent with an eye towards efficiency, repeatability, and dependability of the mold is the key to success of your project. 

Experience Equals Wisdom

As an innovative industry leader since 1985, we at M.R. Mold & Engineering continue to meet the needs of our customers' challenging product design concepts.  With experience comes wisdom. Our track record of success allows us to design a tool that translates to reduced production costs. All our mold designs are created using Pro Engineer software. SolidWorks and AutoCad are also used to translate customer files to the TJS 7182 MRMoldPro E platform. Pro E provides quick turnaround 2D design concepts for the proposed mold.

Some challenging part geometries require mold flow analysis to ensure well-define parting line and gate locations. As part of our “customer first” philosophy, no mold is released to production without your approval.  We welcome your input during the mold design process, so that the mold will comply with your manufacturing and molding standards. Our management team is involved in every aspect of the design and mold build process, ensuring all is accomplished to meet on-time deliveries.


Flow Analysis

Suctioncup 4LSR system simulation is an essential tool for a complete part, mold and process optimization. The use of best-case and worst-case scenarios rules out costly real-world development trials. Our polymer system simulation greatly expands our engineering knowledge and quantitatively supports our decision-making process.

In addition, our complete-simulation approach supports provides cost avoidance as well as cost savings. Like most forward-thinkng companies, we at M.R. Mold & Engineering will change common development routines using a virtual process evaluation, in order to achieve smarter "lean manufacturing" goals.


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